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Photonic Crystals with an Arbitrary Number of Photonic Band Gaps Made of Porous Quartz with a Gradual Change in the Refractive Index
Photonic Crystals with an Arbitrary Number of Photonic Band Gaps Made of Porous Quartz with a Gradual Change in the Refractive Index
One-dimensional photonic crystals with an arbitrary number and spectral position of photonic band gaps in the optical spec...
Compton Scattering of Two Photons by an Atomic Ion
Compton Scattering of Two Photons by an Atomic Ion
The analytical structure and absolute values of the doubly differential cross section of the Compton scattering of two X-r...
Graphene Magnetoplasmonics as a Platform for Creating THz and Mid-IR Devices with Combined Electrical and Magnetic Tuning
Graphene Magnetoplasmonics as a Platform for Creating THz and Mid-IR Devices with Combined Electrical and Magnetic Tuning
The aim of this paper is to provide an overview of the current state of graphene magnetoplasmonics, including fundamentals...
A Model of Magnetohydrodynamic Domains for a Nematic with a Negative Anisotropy of Diamagnetic Susceptibility
A Model of Magnetohydrodynamic Domains for a Nematic with a Negative Anisotropy of Diamagnetic Susceptibility
Observation by optical polarization microscopy of test particles (spacers) embedded in a nematic layer with negative diama...
Electronically Controlled Nonlinear Devices on the Graphene Plasmonics Platform in the Far- and Mid-Infrared Range. Review
Electronically Controlled Nonlinear Devices on the Graphene Plasmonics Platform in the Far- and Mid-Infrared Range. Review
The relevance of the topic is because of the need to master the infrared (IR) range for optical telecommunications systems...
Use of Fuzzy Inference for Simulating a Process of Changing the Technical Condition of Electrical Equipment of Mobile Robotic Complexes
Use of Fuzzy Inference for Simulating a Process of Changing the Technical Condition of Electrical Equipment of Mobile Robotic Complexes
Modern robotic systems are equipped with complex electrical equipment, which accounts for more than half of the failures c...
Classification of Medical Images by Deep Neural Networks
Classification of Medical Images by Deep Neural Networks
As a result of the research, the model combining the ResNet-50 architecture and the pre-trained BERT language model that h...
Mesomorphic and Anisotropic Properties of Trans-4-(4-Pentylcyclohexyl) Benzonitrile Doped with Chiral (Bis)Camphoralidene-Ethylenediamine
Mesomorphic and Anisotropic Properties of Trans-4-(4-Pentylcyclohexyl) Benzonitrile Doped with Chiral (Bis)Camphoralidene-Ethylenediamine
The mesomorphic, optical, orientation, and dielectric properties of a nematic liquid crystal (LC) of 4-pentyl-cyclohexyl-4...
Development of Antireflective Interference Coatings in the Range of 3–5 µm for Optical Parametric Oscillators Based on ZnGeP
Development of Antireflective Interference Coatings in the Range of 3–5 µm for Optical Parametric Oscillators Based on ZnGeP
The dispersions of the refractive index and absorption coefficient were determined for monolayers of titanium oxide and si...
Design of Dichroic Mirrors Using NbO/SiO Thin-Film Structures for LIDAR Technologies
Design of Dichroic Mirrors Using NbO/SiO Thin-Film Structures for LIDAR Technologies
The design of an interference coating made of a pair of Nb2O5/SiO2 materials on a quartz glass s-ubstrate has been simulat...
Tunable Parametric Light Generator with a Spectral Line Width of Generation of 1 cm Based on a ZnGeP Monocrystal
Tunable Parametric Light Generator with a Spectral Line Width of Generation of 1 cm Based on a ZnGeP Monocrystal
A parametric light oscillator based on a ZGP single crystal pumped by Ho:YAG laser radiation was created, which generates ...
Optical Characteristics of Dielectric Mirrors of Resonator Based on Niobium Pentoxide and Silicon Dioxide
Optical Characteristics of Dielectric Mirrors of Resonator Based on Niobium Pentoxide and Silicon Dioxide
Dielectric mirrors with an oxide coating for a parametric light generator based on a ZnGeP2 single crystal were fabricated...
A Model of a Magnetically Tunable Anisotropic Metasurface Made of Graphene Nanoribbons in the Terahertz and Far-Infrared Ranges
A Model of a Magnetically Tunable Anisotropic Metasurface Made of Graphene Nanoribbons in the Terahertz and Far-Infrared Ranges
A model including the graphene complex permittivity tensor has been developed in MWS CST and the efficiency of magnetic fi...
Photo- and mechano-luminescence characteristics and the mechanism analysis of green nanophosphors: BaReAlO:Tb (Re = La, Y)
Photo- and mechano-luminescence characteristics and the mechanism analysis of green nanophosphors: BaReAlO:Tb (Re = La, Y)
Two bifunctional nanophosphors of BaLaAl3O7:xTb3+ (BLAO:Tb) and BaYAl3O7: yTb3+ (BYAO:Tb) have been designed and prepared ...
Refractive index shift from liquid to solid in the drying process
Refractive index shift from liquid to solid in the drying process
Understanding the drying kinetics of paints and coatings is crucial in various industrial applications due to their signif...
The infrared transparency and electromagnetic shielding properties of multi-layer graphene film
The infrared transparency and electromagnetic shielding properties of multi-layer graphene film
The excellent electrical and optical properties of graphene provide the possibility for its application in transparent ele...
Thin-form-factor red-green-blue laser scanning system for full-color laser image projection
Thin-form-factor red-green-blue laser scanning system for full-color laser image projection
A thin-form-factor laser scanning system composed of a planar-type laser source with a waveguide-type combiner and a micro...
Holographic memory formed by three laser sources with different wavelengths for application to optical reconfiguration
Holographic memory formed by three laser sources with different wavelengths for application to optical reconfiguration
An optical setup using three laser sources with different wavelengths was proposed for the formation of a holographic memo...
Optical authentication of nano-scale artifacts using their interference images under white light illumination
Optical authentication of nano-scale artifacts using their interference images under white light illumination
In the age of the Internet of Things, physical security framework of edge devices connected to the Internet is essential. ...
An improved Fourier transform profilometry and phase coding for 3D shape measurement
An improved Fourier transform profilometry and phase coding for 3D shape measurement
Optical non-contact 3D shape measurement has attracted wide attention from the scientific community. Although by increasin...
Parameter estimation and synchronization between uncertain laser networks with delayed coupling and different node dynamics
Parameter estimation and synchronization between uncertain laser networks with delayed coupling and different node dynamics
Actual network typically has different node dynamics, uncertainties, and delay effects. Therefore, when studying the synch...
Dual coupled subwavelength triangular prism silver nanowire SPPs hybrid waveguide
Dual coupled subwavelength triangular prism silver nanowire SPPs hybrid waveguide
In this paper, a 1550 nm subwavelength triangular prism silver nanowire SPPs hybrid waveguide structure with dual...
Broadband and compact polarization rotator based on cascaded-stair waveguide with low insertion loss
Broadband and compact polarization rotator based on cascaded-stair waveguide with low insertion loss
Given that silicon-on-insulator (SOI) has a high refractive index contrast and intrinsic birefringence, photonics devices ...
Noncontact detection of underwater ultrasound using laser light based on the self-coupling effect of a semiconductor laser
Noncontact detection of underwater ultrasound using laser light based on the self-coupling effect of a semiconductor laser
When a hydrophone with a vibrating membrane is placed in water, the ultrasonic waves to be detected diffract and reflect. ...
Robust multibook recording with signal beam phase optimization based on Gerchberg–Saxton algorithm for holographic data storage
Robust multibook recording with signal beam phase optimization based on Gerchberg–Saxton algorithm for holographic data storage
Owing to the rapid growth of digital information, demand for archival storage with high data transfer rate, large capacity...
Design and performance of photon counting detector with charge coupling delay-line readout
Design and performance of photon counting detector with charge coupling delay-line readout
Detectors based on cross delay-line (XDL) anodes with charge induction are widely applicable in space astronomical telesco...